SCIENTIFIC ABSTRACT SIDORENKO, I.S. - SIDORENKO, M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001550430003-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SIDORENKO, I.S.; REVUTSKIY, Ye.I.
Studying the properties of superconducting resonators at the
frequency of 1100 Mc. Zhur. tekh. fiz. 35 no.4:748-?50 Ap 165.
(MIRA 18:5)

AC-C: A F 6 0 3 2 9 2' 3 ~~OURCE CoDL: IIR/C)142'/66/009/00-'~0-149/0352
AUTROP. Sidorenko, 1. S.
ORG no n e
TITLE: fligh-power p
_ 41 s e n ~t~a 9 r-
S 0 U;~ C E11111 Z Rad Lo Cc ~ h n i ka I v. 9no 3 19 6 6 3 4 9 -3 5 2
T(~Pl.c TACS: pulse generstor,
A F,"' A ~- 7A hlgh-puwer pulse generator designed to work at the 6-m
,;a-teleng!--h is described. The generator, shown in Fig. 1, has the fol-
1 '0 "'7 1. -,1 a r a v 't c v L'i t. i c 5 -ouLnut pulse power, 1.72 Itw; pulse duration,
400 Lo .6 ii usec; an,i pu! -ae repetition rate, 1-5 puLses/sec. The
e r;i t- or a G1-4A poljer Lrlfdo connected in -a common prid configura-
1, ~ oil - Lrto,le lii3 a carbonized, t:horiated tungsten.'.Icathode; Its
* n od .2 L!:, 1'~) r~ 12. r -i~ Q'j L u(i , -,?h i i ~-i 1. z , b a s e a nd body are The
* 110'.1 e i r Z-, 11 L!; LS Of LWO conetititriC shorLed quaiter-
1 -1 ilcn C 11 ca o 1) o t: "'. -I 1~ul w i L h a T) 1. u 11;7, e- rThe grid-to-cathode
I V C,-, L L i ~,l1 iU 1':1.4-y1 Lndpr is located -,.,it' in the
1.d cuI
Nie -.),itpuL Li conducLively coupled.1
I '~G~ 9 b 1: if vi ~' t s 3 a c 1. s fc Ic o r y f L, ri i a n 0 d --, V n I L a S e
UDC 621,373.431

7'

LL 3
-j I f a

to -cat'1011_2 ci rc U�L-4

c
o r d -
pL un -2r

1
i 'I n ~i a a no.~ e v ota 6, e
lot
c o f 4 2 kv The
ro i:, , 1 r
L q c
~
-
d ;
insv to olle rate Orig. art . list;: 2 figures
'q rL -i La 'n
bLe ' t
and L a b 1 e -

DATF: tE ~7 005/
2 6 !-,p r 6 5ORIG 1 ATD PR ESSi 5099

,-Card _2/2 ... ...

.17-n,~ awi --ved at, ui.,3 ~.-rud. rn-b.
7.
Anril
Monthl List of Russian Accessions, Library of Congress, 1953, Uncl.

SERGETIN, A.A., red.; ANPI-IOGOV, 1.M., red.; ASSONOV, V.A., red.; BABATANTS,
N.A., red.; BABOKIN, I.A., red.; BALAMTJTOV, A.D., red.; BOGOROD-
SKIY. N.N., red.; BOLO11M-iKO, D.N., red.; BUGIOTEV, V.K., red.;
VAlCHMINTSEV, G.S., red.; VORONKOV, A.K., red.; GARKALEIX0, K.I.,
red.; GWIBATOV, P.Te.i red.; GOLOVLEV, V.Ya.. red.; DOKIJCRAYEV, M.M..
red.; DUBNOV, L.V., red.; YBVTArAV, A.D., red.; YKWMENKO, Ye.K..
red.; ZENIN, N.I., red.; ERIV0110GOV, K.K., red.; KUPALOV-YXIOPOLK,
I.K., red.; KATSYUK, V.G., red.; NIKOI-kYEV, S.I., red.; ONISHCHUK,
K.N., red.; PETHTIOV, K.F., red.; PILYUGIN, B.A., red.; PLATONOVA, A.A.,
red.; POUSIN, Ta.L., red.; POKROVSKIT, L.A.. red.; POWATUN, D.Te.,
red.; POLTUSaIN, A.Kh., red.; REMUM, V.P., red.; SEDOV, N.A.,
--4d.; SIDORENKO,,I.T., red.; FI V, A.A., red.; CHAKHRAKHCHhV,
A.u. red.; CHEMODUROV, M.Ta., red.; SUMAKOV, A.A., red.; TARE-
M:q2fKO, .,Te., red.; PARTSETSKIT, V.N,, red.izd-va; ATTOPOVICH,
M.K., tekhn.-,qd.
[Standard safety --,ulations for blasting operations] Edinye
pravila bezopasnosti -ri vzry-vnvkh rabotakh. izd.2. Moskva. Goo.
nauchno-takhn.izd-vo 1i. -y po chernoi i tsvetnoi metallurgii, 1958.
318 -o 0 (MIRA 13:1)
lo Russia (1923- U.6.3.R.) Ko,-~et po nadzora za bezopasnym
vadaniyem rabot v promyBhlen-nosti ' gornomu nadzorn.
(Mining engineering-Saft y measures)

SIDO-R-T,NKO, I.T., inzh.
Enrichment of crushed stone. Put' i. put.khoz. no.10:', '-33 0 '58.
~WRA 11112)
(Stone, Crushed)

SIDORbla[O, I.T., inz1h.
Better utilization nf the PDSU-75 mobile stone-cruohlzW unit.
Put' put.khoz. no.9:43-44 S '59. (MIR,, 12:12)
(Stone, Crushed) (Railroads-Equipment and supplies)

SIDORENKO, I.T.
New machinery for stone crushing plants. Put' i put.khoz. no.12:
2 of cover, 19-2o D 159. (14IRA 13:4)
(stone, crushed) (Milling machinery)

SIDORMO, I.T., inzh.
Answering the challenge of Muscovites. Pat' i put.khoz. 4 no.11:
32 N 160. (MIRA 13:122)
(CAxarries and quarr7ing)
I

11901
Sidorc;-zo, L.Ya. and Bundux-,G.K.
o--.- tliv- 1,ruce,;L; o.'L' cuLipzeusion of ferro-magnztic powders
A
OJICAL: Poroa.-~:uvaya r- 11o 4. 19062, ~)~93
iz3 tj or, zhe co, -worizing ez'i'ect durirg "-e
cui-Presslu" of L;-Ctal Powdcrs. -a:CL~-UL~ coercive i jrce I .or nickel and iron powders
zF. pies, witli deusitij~s ra.,;ii',6 froi-L 2.75 to 7.25,/CL. ., was found for samples with
a /cLi T~,Is ej" ~;hi; stra..q;ht-line decrease ill the coarc:.ve
.1 th'~: of ~;ae =-e sa~-plei .1ich undcr..
i.Orce W~i;i iucJcubzc -ent art anzeaiing at
0
C, 1.-,d ~jju aut;,ors to cu..c.; ttiat tic COLpZ'Csj~.t'u process of zs-tai
C
cX cri6tai lattices 'u-j to a certain limit,
ior t;iu abuve 2owucr3 t.'113 1.3 -axi;.:1ra coerci'le lorcc :':'U'la
--i7c axe 4 fJELras-
w;.,zi a ucils-t z,' J-5JCL- Th-
ViilT.Llcktrorn L. JaITUactroLia3h, Kiarlkov)

KAGAN, Ya.I.; SID M NKO. I.Ya.
Quantitative investigation of carbides in carbon steel. Fiz.
met. i meta-Uoved. 13 no.6:842-849 A 162. (MM4 15:7)
1. Vaesoyuznyy nauchno-issledovatellskiy institut tekhnologii
elektromashin i apparatostroleniya.
(Carbides)
(Steel-.Met&llography)

KAGAII, Ya.I.; BRONIN, S.V.; SIDOPLENKO, I.Ya.
magnetic method of quantitative carbide P-nal-,,sis. F--Z. r-et.
i metal-loved. 13 no.6:926-928 Je 162. (r'a, pj~ 15 : 7 '1
1. Vsesoyuznyy nauchno-issledovatellskiy institut teklmologii
elektromashino- i apparatostroyeniya.
(Carbide-Analysis) (Mav-etic testing)

KAGAN., Ya.l., BROfill", S.V.- SIDOMIKO, I. Ya.
Investigating the process of tem-peri-ng hardened carbcn s-~eels.
Meta-lioved. i term. obr. met. no.2:35-38 FT64 (I-ERA r. :7)
1. Vses-,yuzriry nauchno-issledovatellskiy insiitut tekhnologfi
ele'r-tromashin --L' apparatos-troyeniya.

pliffic t10, juow 111152. IL 77 :797
ill liganure, supensfuNphalt.. Alid jwpl~wlljn
-.7,, 1 pli~l 'jd"rp~msiKl t-im- during th.- gi~'tng
m-amm. SiltnilfpAnt atwt-., of )jAis -m otitaind.

1. x.
2. us~jp, (6oo)
4. Maf!hine-Tractor St.--,ti-In
7. In the tractor brigade of Yakov Shullga. MTS N 0. 12 1952.
9. Monthl List of Russian Accessions, Library of Congress, April -1953, Uncl.

17!YAZDVg A.11*l SIDORENHO, Kolle
Synthesis of rtirod esters-etliers of thk nuplithenic aerles*
Tev. AN Turk.Sz-;R.Sorofiz,,-tokh.q IiAm. i gool.nauk no,5ln6-
n9 165 o wiison)

ZOLOTITITSKIY. M.Yu.; IZZVERKHATA. E.; MARGOLDIA. S.; SIDORENKO. L.
--
Practical summer work of medical school students. Felld. i akush.
24 no-7:59-60 Jl 159. (14IRA 12:10)
(MEDICINE-STUDY AND TEACHIM)

SIDORENKOY L.Jr., kandydat nauk medycznych
Important prognostic factors in gastric cancer. Novotwor7 12 no.1:1-8
'62.
1. Z Zakladu Onkologii Insty-tutu Dookonalenia lakarzy v Leningradzie
i z Instytutu Onkologii AMN ZSRR Kierownik Zakladu: czlonek korespon-
dent AMN ZSRR, prof. A. Rakow Dyrektor Insty-tutu Doskonalenia Lekarzy
doe. A. E. Kisielew Dyrektor Instytutu Ghkologii AMN ZSRR czlonek
rzeczywisty AMN ZSRR prof. A. I. Serebrow.
(STOMACH NEOPLASMS diag)

26588 S/:L8 60/005/003/003/020
ejo D274YO303
AUTHORS: Afanas'yev, M.G., Gordiyerato, A.G., Kolisnycherik-o,
L.K., Villyams, A.P. and Sydorendko,-L.I.
L'ITLE: Measurement and stabilization of the magnetic field
of a powerful electromagnet by the method of nucl.-
ear mas--netic resonance
PERIODICAL: Ukrayins'kyy fizychnyy zhurnal, v. 5, no. 3, 1960,
319-325
TEXT: A device is described for measuring and stabilizing the
magnetic field of a d.c. electromagnet. The device has the advan-
tage (compared to earlier devices of this kind) of incorporating a
C)
single pickup for measuring a wide range of values of the magnetic
field, and of stabilizing strong mVnetic fields (up to 12.5 k oer
sted). 1,,Iagnetic fields of 2.5 to 12.5 k oerst. were investigated.
,~ basic diaqrain of the pickup is slioT.,rn. Lithium (in a solution
of LiCl is used as the source of nuclear signals. The LiCl solution
C; ard 1/ 4

26588 S/18 60/005/003/003/020
Measurement and stabilization... D274XD303
lias an admixture of paramagnetic FeC13 or of lftiSOO this is neces-
sary for reducing the relaxation time. A block diagrarki of the meas-
uring dev4----- is given. It contains an oscillator, rectifier, low-
frequency amplifier, voltmeter and RG-filter. It was experimental-
ly shown that the design of the pickup and of the oscillator ensure
a high stability of frequency; for 8 - 10 hours of operation, the '
frequency oscillations did not exceed 1.5-10-5 for a �5% change in.
voltage. The amplification factor uas chosen so that the output
signal should be sufficient for controlling the stabilizing circuit
(over 5 v). The observation of the nuclear signal and the measure-
ment of the magnetic field were carried out by the ordinary method
of G.K. Yagola et al. (Ref. 5: Izmeritel'naya tekhnika, no. 6, 1955).
The accuracy of magnetic-field measurements is determined by the
accuracy of frequency measurements (equal to 6-10-5) and by the
accuracy of determining the position of the signal on the oscillo-
graph screen. The results of measuring the amplitude of the proton
and lithium signals as a function of magnetic field strength are
plotted for a 10 kiq electromagnet. ;mother plot shows the results
C ard 2/4

26588 S/185/60*/005/003/003/020
Measurement and stabilization... D274/D303
of signal-to-noise ratio measurements as a function of field
strength. For lithium, the highest ratio was 10. The stabilizer
contains an electromagnet with a principal and an auxiliary winding.
The relative error consists of a dynamic and a static error.
Y r
'he static error was reduced to a minimum of 10 - 2576. In order to
ensure stability of the system, the ratio of the time constant of
the principal winding to time constant of the stabilization circuit
was oaken as equal to 2 - 3. Experimental curves are given with the
relative error of the stabilization system. The total relative
error does not exceed 3-10-5 over the entire range of stabilized
field strength (2.5 - 12.5 k oerst). In conclusion, the device was
put into operation for a long time; it was found reliable and handy,
and, therefore, used for experiments with magnetic analyzers. There
.-ire 7 figures and 12 references: 8 Soviet-bloc and 4 non-Soviet-bloc.
The references to English-language publications read as follows:
Thomas, Phys. Rev., 79, 339, 1950; N. Blombergen, E.H. Purcell,
i-1.01. Pound, Phys. Rev. 73, 679, 1949.
Card 3/4

26588 S/185/60/005/003/003/020
Measurement and stabilization... D274/D303 ./
.\SSOCIATION: Fizyko-tekhnichnyy instvtut jk:i USSR (Physico-tech-
nical Institute AS UkrSSR)
SUBMITTED: August 14, 1959
09
Card 4/4

GORDIYENKOV A.G.; (HORDIIEITKO, A.H.]; VILIYMS, A P.; AFANASY-YEV, N.G.
[Afanastiev, M.H.); SIDORENK09 L.I. [Sydorenko, L.I.)
Remote proton magnetometer with..&,long line for measuring wide
ranges of magnetic fields. Ukr. fiz. zhur. 5 no.6:857-858 JJ-Z 160.
(MIRA 14-3)
1. Fiziko-tekhnicheskiy institut AN USSR.
(Nuclear magnetic resonance)
(Magentometer)

AFAMASlYiN, N.G. fAfan*as'jev, M.H.]; VILIYAMS, A.P.; GORDIYENKO, A.G.
(Iford1lord(oY A. 11. 1; 8M)IIJUMO. L.1. [Sydorenko., L.I.]
Remote action magnetometer. Ulx. fiz. zhur. 6 no.2:191-196
Mr-Ap f 61. (KIRA 14: 6)
1. Fiziko-tekhnicheskiy institut All USSR, g-. Kharlkov.
(Magnetometer)

,,,,,Go 1 oo61ol-761011"
N P, P. 4006841 field
; SidorerL11
14 in ejectrornagnetl
T resonance P 1,ase detecto 6, 1963 - 176
14,aclea no
'r IT netil-
stabilizers ite jauli 1,a elOperio,,elltal ,.nce # electrOn-ag
-?riboT 1,,,clear resO s t%V 0
SO (let ctor ce 6N3P
,, o1nVrjse.
,,.as e resOnan one
,r,kGS'- P . 'bed %V1%'c_ 'rnployinl;
.1apetIc r% it aS3319 r
C)PIC clear des un
'rl nxx brieflY a t,,Vger stages
stabilizer , tor 19 . de tub e P shaping ,Clear?' u1seS
1,,ase detec tr 1.0 and t-W 0 even TL rigger p
A P dolble intended to pass the t are fed to
eri"Ig' ated bf
P,13 Sr one 6N1F de trig% is e , anodes
jijier5 ,sing arate auo )Jifie'r .50t1l ar trigger
arnp _ for se? or" arOT u1ses ra the
e
ble tr1O(1 ble triode - the Odd ? ses fro
doll 6N3P dou the Other Oxitrit Val.
one 011allce ?ulses I -(
ion Of
for the durat - -----
C."a --- -----
AP4006841
ACCI~SSION NR:
if the nuclear -resonance signal appears with a zero
storage capacitors. itors are equal, If the field
modulating field, the d-c components on the CaPac n charges will be
varies by b 1-1 from its resonance value, the difference betwee
proportional to L%.H. The time constant of the phase detector depends on the
frequency of the nuclear -magnetic -r e s onance signal and can be brought to 20 or
30 microsec for modulation frequencies as high as 400 cps. Orig. art. has:
Zfigures.
ASSOCIATION: none
DATE ACQ: 24jan64
ENCL- 00
SU13MITTED: ZZDec6Z
SUB CbDE: SD
NO REF SOV: 000
OTHER: 000
Card 2/Z

L 21429-66 FBD/E".T(1)/E'.'IP(e)/--;'IT(m)/FEC(k)-2/T/Ev.,p(k)/E!',A(h) lip
ACC NR: AP6011491 C)
SOURCE CODE: U1V0386N6/o031OOT1O2T91026j
AUT]JOR: Livshits B L - Nazar0y, XX
V- P. ; S.idore 1,~, T,, 'K.'; 11 '
,Tsikunov =V. _E~MwVpA. T.
ORG: Institute_g General,~ ~d
KAIPYg~L~eEj~t~ Academy Of Sciences SSSR (In
TITLE: neorganicheskoy khilai Akademii
crystal Features of the time behavior of the generation in a laser with moving ruby
SOURCE: Zhurnal eksperimentallnoy I teoreticheskoy MAI. pig Ima, v redaktsiyu.
Prilozheniye, v- 3, no. 7, 1966, 279-281
TOPIC TAGS: ruby laser, laser emission, laser pulsation, laser r and d
ABSTRACT: This Is a continuation of earlier work (Pis'ma ZhETF v.,1,. no. 5.9 35.,
1965),where it was shown that a laser with a ruby crystal moving along the axis of
a planar resonator with speed v - 30 cm1sec radiates energy in a narrower spectral
interval than a laser with stationary crystal, and that thi s increases the spectral
density of the stimulated emission. To check whether continuous generation can be
realized in a laser with moving crystal, and to investigate -the influence of crys-
tal motion on the time behavior of the laser generation modej the authors used high-
speed photography partially supplemented with oacillograms pertaining to the start
,Card 1/2
_~of -generat-lon e 6-f _aZOvu_-'-
e
i in a vide r4ne e frequency Of
:first that se takes place in thsbort compared with the generation dur
resulted in a gradual ex
increa which are of threshold Pump, ion becomes
a sharp s regions see the generat
,into continuOu peed, at 80 cnV I but the intensitY
se in the 81
Fulther inerea -gions. At speeds v -start to en( ion of spike
pansion of the continuous re ically from egime- The transformat the
ntinuous in a number of cases pract introducing Into losses
!c0 11 disclose traces of the sPike,rimproved by
ior 'It ion is greatly %reases the diffraction
i_illatjOnB 0 continuous gene'r&t which inc high transverse indices
generation int
= of I mm diameter) stationary. De-
sonator a round diaphrag] ;eneration by mode" with elY generation
;re by the same token the I
I on then becomes Wroximat
~,and prevents inuous generatl ssary to ensure cOnt'nuougon the One
I f the cont f the conditions nece ~ possible in the future' ,er
,The level 0 stigstions 0 of a solid-state lar
,tailed inve moving crystal should make " a operation charwter Of the genera-
nciples Of Cont'nuou I the spike
lin a laser with pril otberp exP16" rs t,,,k XceAmician
to formulate the ] the a. The authol discussion of the
band) Vandp On e 1&6eT for useful [021
,,ith a moving crystal~,ry . solid-stat
Of most contempOr' the work and PFM:
interest
;tion In 0,M 001/ AT]
ObreiMOV for . 1 figv3re 00
__~ Orig. art- ham,
resats- MAZ, 05jw-66/
.SUB CODE: 20/
'I c.,d 2/2

FM(b)-2/-W(r)/EEC
!Accmiox NRi Ap5o:L628o wA
P1-h/Pm-4/Pn-4/Po-4/Pc-'4/Peb
-Y ~-XTT
- ( A/
WUJZ/%j~~
s'CO/f JP -c*) aj
AUTRORt Livshits, B. L.; Nazaroys V. P.; Sidoreukop I" Ke; 1sil~unovj V. N-~
all
TITLEt Dependence of spectral cosposition of stimulated emission *an the velocit;g
of motion of the cxxfftal
SWRCE: Zhurnal eksperimentalluoy I teoreticheskoy fiziki. Pliklm v redaktobve
Prilozheniyep Y. 1., no. 5., 1965.. 23-2% and insert betueen 1)886M 24 and 25
TOPIC TAGS: lager, stimulated emission, glass laser, crystal laser, line nari6ring.6
population Inversion
ABSTRACTj The authors report an an effect previously predlcted'b(~ then (DAN SSSR,
in press) in which the inhomegeneity of the inverse pop lon:in stimilaUd eils-
gion from solid nedis, (crystals, glasses., etc.) becomes aho6thed out when the crys-1.
tal moves relative to the resonator. Because of this Wimbi of
., the ar
modes decreases and the stimulated-emission. spectrum becamies nairirowerp but,the'to-
tal intensity remains unchannedt so that the spectral de".itr 6r:t'he StiXalated e-
mission increases. In the testaj, a ruby crystal 22 cm lamig to ex4cute re-
ciprocating motion with maxlyn velocitY 35 cu/sea Inside a plane resonator vith
C
Ord
mom W111.1010M

L 13652-65
ACCESSION ARi Ap5o:L628o
at differ-
distance 50 cm between mirrors. The light-pump pulse could be~ turned an
ent phases of crystal motion, corresponding to.reciprocati '1i ity relative to
ng TO '00
the resonator from 0 to - 35 cm/sec. The spectrum of the induced emission Mae ana-1
lyzed with the aid of a F ab ry-P e io t e t a 1 o n. Tho inteiference patterns
r
were photographed. Measurements were made at different'i r gapsibetween N1 rors*-,'
Comparison of the Interference patterns (5 mm gap) of emission, from the stationary
and moving (- 3~ cm/sec) crystal near thi lasing threshold (V ~- 18W V) abowslitat. 1;
when the crystal moves a whole series of side modes.ceases to iherate., the inten- 1
sity of the central modes Increasing, This samalthat aqi.the ~rystsi Noyes t6e
central modes draw energy from the large vol=e o'ccupied:by tho active centers (com-
pared with the stationary crystal), thereby suppressing the weaker modes.~ In.the
icase of a higher p level (V = 2000 V) and the same -:35 cm/iec velocity, the ef-,
ifect of the increased spectral density is less pronounced. This:means that in or-
der to approach single-node generation it is necessary to increase the velocity of
the crystale In generalpthe motion of the crystal makes'It possible to eliminate,
:the inhomogeneity of the transition responsibl~flfor:generation!Gf the active centers
"The authors are grateful to Academicianj~L V. &relmoy fo*:~ Iniekest dnd,continuoui,
attention to the work Ch, K. Mukhtarot'--foii.,~-frudt-fuiL-did~4 sio~ 6f Ahe pro'Oled..K.- K
j..
card 2/3
Al.

HOPI, MARS11TUPA, V.P.; WDENKO, N.Z.; BORODINA, Z.S.; SIDORENKO, L.M.
Klnel,.*~s of' the "orm-ation of' Isoiro--ws of isopropyltoluenas In tolueno
alkylation by propylene. Izv.vfs.licheb.zav.;khim.i khiz,.tekh. 6
no.-~"717-794 163. (MIRA 16:12)
1. Ponc-tski-I mediltsinskiy instuitut i Donetskoye o"deleniye instituta
organiche-skoy khi-rd-i AN UlcrSSR.

DOW-NKOP L.M.
on
ta

i
BABIN, Ye.P.; RbDFNKO, N.V.; I MOREWKO, L.M.; BURODINA, Z.S.
Effect of the temperature on the composition of eymene fractions
dyring the alk7lation of toluene by catalysts Lased on aluminum
chloride. Zhur. prikl. khJ-m- 38 no-5:1185-1188 MY 165.
(MIRA 18z11)

SIDORENKO, L.N.
- _" r-es-ection in tuberculosis. Zdrav.Kazakh. 17 no.9:
26-29 '57. (MIRA 12:6)
1. Iz Karagandinskoy gorodskoy tuberkuleznoy bol'nitay.
(LTJIIGS- -SURGERY) (TUBERCULOSIS)

BIMIN, N.A., k-and. med. nauk.; SIDDRENKO, L-N-
A rare variation of anoma~7 of the urinary tract. Urologiia 2.1 no.6:
-51-52 N-D 159. (MIRA 11: 12 )
1. Iz I-go khirurgichookogo otdoleniya (zav. - chlem-korrespondeat MM
SSSR Prof. S.A. Kholdin) Institute, onkologil. AKN SSSR.
(URII(ART THOT, abnorm.
accessery ki4ney vlth crossed ureter (RUB))

SIDORENKO, L. N. Cand Med Sci -- (di8s) "Clinical anatomic e7alu&tion of W
I " 0-
-- , I,t 4r__
types of operations in pikeeswof cancer*-*t--th&.-stewaeh." Len, 1959. 19 pp
(State Order of Lenin Inst for the Advanced Training of Physicians im S. M.
Kirov), 200 copies (KL, 46-59, 140)
-7#-

SIDORMIKO, L.11.
Exploratory laparotomieB in stomach cancer. Zdravookhranenie
2 no.3,.17-21 )(~-Je '59. (MIRA 12:10)
1. Iz kafedry onkologii (zav. - prof.A.I.Rakov) Leningradskogo
gosiularf3tvennogo instituta dlya unovershenstvovaniya vrachey
(direktor - prof JT. I -Blinov) na baze Institlita onkologii Affli
SlkM (direktor - daystv.chlen AMT SSSR, prof.A.I.Serebrov).
(ABDOMMi-SURGERY) (STOMACH-QUICHR)

SrDOBZIWO, L.N. (Leningrad, nab.reki Pontanki, d.2, kv.438)
Anatomical types (forms of growth) of cancer of the stomach and their
clinical significance. Vest.kh1r. 83 no-8:30-37 Ag '59.
(MIRA 13-1)
i. rz kafedry onkologti (zav. - prof. A.1. Bakov) leningradskogo Insti-
tuta uBovershenstvavanlys, vrachey (dir. - prof. R.I. 311nov) na baze
Instituta onkologii ANN SSSR (dlr. - prof. A.I. Serebrov).
(STOMACH neoplasms)

SIDORITIKO, L.F.
Palliative resections in stomach carcer. 'lop.cr-k. 9 no.1:
?6-84 163. (MIRA 16:5)
1. Iz kafedry onkologii (zav.-chlen-korrespondent AM SSSR prof.
A.I.Rakov) Leningradskogo instituta usovershenstrovaniya vrachey
(direktor - dotsent S.R.Polikarpor) na baze Instituta onIcologii
Mi SSSR (direktor - de-
ystvitellnyy chlen AM SSSR prof. A.1.
Serebrov).
(STCMACH-GAVIGER) (STMACH-SURGERY)

TSELt, Ye.A.; SIDORENKO, L.N.
Late results of surgical treatment of gastric cancer and their
relation to the localization of the tumor and the size of inter-
vention. Vop onk. 10 no.8:7-12 164. (MIRA 18:3)
1. Iz II khirurgicheskogo otdeleniya (zav. - chlen-korrespondent
AMN SSSR prof. A.I.Rakov) InF ituta onkologii A14N SSSR (dir. -
daystvitellr,yy chlen AMN SSSR prof. A.I.Serebrov). Adres avtorov:
Leningrad, st. Pesochnaya, 2, ul. Le-ningradskaya, d.68, Institut
onkologii ANN SSSR.

SIDORMU, L.N.; BA-ZHENOV, A.G.
Can~!ar of the stomach in a za-.ient
totalis. Vop, onk. 10 no.10:102-103 16 -4.
1. Tz kafedry onkologii gcsudarstven-nogo instituta dl-.,a u sc~va rs hens tvc,-
vardya vrachey im. Kirova (zav. kafe-droy - chler-kcrn--sFondent A101
'S ~ER prof. A.I.Pakov) na baze Instituta onkologii SSC-P, (d.,*.rektrr, -
chien AMN SSSR, prof. A.I.Serebrov), Adres avtcrov,-
7--ingrad, Nsochnoye, 2, Leningrad3kaya ul., 68) IrL;3t�tUt OrikOlOgii
AM SSSR.

SIDORENKO L.N.
Evaluation of combined re3ections in cancer of the stcmach.
Vop. onk. 11 no.3:13-20 165. (!,qFtA 18:6)
1. Iz kafedry onkologii (zav. - chlen-korrespondent AMN SSSR
prof. A.I. Rakov) Leningradskogo ordlena Lenina instituta uso-
vershenstvovaniya vrachey imeni S.M. Kirova (dir. - dotsent
S.N. Polikarpov) na baze InstiLuta orilologii AMII SSSR (dir. -
deystvitellnyy chlen AMN SSSR prof. A.I. Serebrov).

ABRM-IOV, Sh.I., Prof.; BALIOV, G.A., prof.; BLLNOV, N.I., prof.;
GADZHIYEV, S.A., prof.; GODUNIOV, S.F., prof., GOVIZYAKOV,
G.A., prof.; DR-11111, V.11., prof.; ZVORYKIT, I.A., prof.;
KAPITSA, L.M., kand. med. nauk; MOKROVSKAYA, S.P., kand.
med. nauk-, POSUIKOV, B,,N... prof.- PORKSHEYPIll., O.Kh.,
prof.; SIDGRENKO, L.N.., kand., med: nauk, TALIMAII, I.M.j,
profL..-. FEDOROVA, A.D., kand. med. nauk; FILATOV, A.N.,
prof.; KF20V,0V, B.M., prof.; SARKISOV, I.I.A., red.
[Errors, h,~~-_nrds and complications in jLx-cv'v' "'Sllilbki,
1~ , j Q
opasnossttl -,slozhneniia v -ad Me-
d j t s I n ~L 6,1 p, (1411FIA 18:7)

LEv' I. i4
y, CT OV
Bf
YARITSY':. S-S-
i _a ne~ n T,
substanres
f, -Lon of che -
Re 0 rij, 1, pej _,s
Vest.41Ar. 93 no r I
cl the extremit'lies
U.r, t 1,_7 P~A 18
-0~ khiM . ! he k oy i ki
Lrg c
lz vak_illtek,_--~
I - - iris!-go institita
Krlloocor~ t.-gD L-eniriFl'ads~0390 's
J
fla,~ L ova.

inzh.; SPIN, G-5., inzh.; YAKITh, Yix.A., in-zh.
.. - - _ . .9-- 11
Use of shunting reactors for taking power from 400 kv. electric
pourer transmission lines. P-lek. 3ta. 32 no.2ilX-50 F 161.
(MIRA 1637)
(Electric power distribution)

SIDORESKO, L.R.; LBONTITRA, M.P., inzh.; BWZAY]ffA. N.P., inxh.
Rxperience in operating Vensen-ldndgreu* screenB.
Dam.prom. 35 n0-7:19 Je 160. (MM 13--8)
1. Glavuyy inzhener Syas'skogo kombinata (for Sidorenko).
(Woodpulp)

SIDORENKO, L.V., inzh.
Determining the coefficient of hydraulic resistance of mine pipes
for compressed air. Sbor. trud. Inst. gor. dela AN URSR no.12:
37-92 161. (MIRA 15:11)
(Air pipes-Testing)

-- SIDO-RENKO, L.V.
Scientific technological conference on problems in using
compressed air power in mining. Gor. zhur. noil2:63
D 162. (MIRA 15:11)
1. Institut gorno o dela. AN UkrSSR.
fCompressed air)
(Mining machinery-Pneumatic driving)

SIDOIREINKO, L,V., inzii, SH"'HELUTN, A.N., inzh.
Mbre precise determination of the maximum. coefficient of
hydraulic resistance of tubes. Gor. zhur. no.lOz6g 0 163.
(MIRA 16:11)
1. Institut gornogo dela AN UkrSSR.

DOVGALEVSKIY, Yakov Mironovich, kand. tc!rJiii,, imuk-J K.r.
red.; LUEASIEVICE", V,, tekhn, red.
[Handbook of a heat-treatment specialist]Sprivochnik ternista.
Saratov, Saratovskoe knizlluloe izd,-lto,, 1962. 41,7, p.
(I-ILTIA 15:c))
(1-letals--Heat trentment)

bUIAYIEVA, YO.D., prof.; U.Bl"MEVA, N.A.; SIDOiL~'INHO, NI.A.
Diagnosis of tui)erculous meningitis in children.' Vop. okh. mat. i
,let. 6 no.10:29-33 0 161. (MI-rA 114:11)
1. Iz kafedry pediatrii (zav. - prof. Ye.D.Belyayeva) Kalininskogo
Tn,editsinskogo instituta (dir. A.N.Kushnev, nauchnyy ri&ovoditell -
prof. G.M.Khachaturijim).
(~SIIINGES--TUBERGULOSIS)

POKRCJVSi,I'Y, Angelyar Aleksandrovichi SIDO:dZIKO, M.D., red.;
LUKASHEVICH, V.K.., tekhn. red. -- - ---
[Scrapers; brief manual] Skrepery; kratkii spravochnik. Saratov,
Saratovskoe knizhnoe izd-vo, 1961. 211 p. (MIRA 15:6)
(Scrapers)

AVDONIKE4, Fedor Nikolayevich; VADIVASOI, D.G., kand. tekbn. nauk, red.;
SIDORENKO, M.D., red.; BIKOVA, M.N.9 red.; GOLKIN, A A.p tekhn.
'red ,
[Repair of motor vehicles) Hemont avtor-obilei. Pod red. D.G.Va-
divosova. Saratov, Saratovskoe k-,izhnoe izd-vol 1961. 535
(MIRA 14:750
(Motor vehicles-Maintenance and repair)

K',,ASNTAJI,I;Kf!, Leonid fiedorovich, ~huviialist; SlrChH,,'KO, M.D.,
red.
[%, ners' strategy' Shakhterskr-ia strategiia. Rostov-na-Dorra,
I It j
Rostovskoe knizhnoe izd-vo, 1965. 73 P. (MIlM 18:F)

I El
I r, c weld--,'-,,,r cf- "s r
Li*-kh let")
')4

KRYZHGMIOVSKIY, N.S.; SIDORENKO, M.F.
Cerium distribution in caBt steel and its effect on the structure
and properties of the steel. Lit.proizv. w.11:32-36 N 161.
(MIRA 14:10)
(Steel-Metallography) (Gerium)

S/1'I6/02/ooo/ow./oo8/0i.5
7!,%J73/ E 5 3 9
t V i y, N . S i (I S i doren k o
lat ion boyi,-oon ilit, properties or tho steel in the
J i q u i d a it d sn L i (I ~ t a t e s
vvsslijkli ucliebnvkh zavedeniv, Chernaya
i.: (! L a i I I i rg -L ya , no . L , 196 2 ,13 L - 13 6
'!'it#! ~iii thurs mat!e an at tempt to es tablish a re Lit tion
t t,-ocn i "-to l)ront,ct i -, o C the - tool in the liclixid arld solid
Zlrltl to Lhe ini'll 'e
s t,~ I tice of over-lictatitig of the melt oil
the:~o properties. since the iise of dift'ractLon methods for thi.-i
4
I S VOry (I i f fi cu Lt , particular at tention was paid to
i ~, Id irt-c r. -;10 Lilods, lin mo I V ,to measuring the changes in viscosity
aild (~If-CLJ-ic resistance. ','or this purpose an instrument was built
which -normits combinimr, meastiring, the 1-;~inetnatic viscosity (frout
tho d.1ril, ng oC Cr I oscillations of a cylindrical
p i ee torsi.orm
cruc~hli, witil tile melt) arid measitring tile electric resistance, from.
(jil;,litity wiich is itivers(:ly proportional to tile steady state
itgrl.e of tile -;,Dpcit-,len inside a rotating magnetic field.
The i live-; tiga tJ Otis wore iiiade on carbon and alloy steels. Th e
Card 1/3

"if. tv.-cerl tilt? or-or)pi-ti t~.j 1.118/02/000/00 1.10081015
V Co~ I;LV s d0 L(!!-t-I i 1.10d On MOILen electrolytic Lron Which was
_)-evLotisiv r-ome[tedl in .-i ci-tici6to vacitimi Curnlct~ (10 't witt ilgr) and
a(id L Lionz,L r e ,'i- ri t? (I i ri a it v I e c t r o z i b e a m. f it r na c. eIn the
Cilsf~ 01' StOcl, tile VL:iCO.~~Ly %,its tioterrtii~ted for specimen-,; melted
both i.n in opeti ilidUCtiOll fui-nace and in vactium. During heating
in tiie ran,,ze oi, to i6loOC, tiie viscosLty changes froin 10.6
~o 9.2 iiiillistokes, which is fully in Ligreement with published
regardless of rhe fact that rite compositionsof tile irons
di"'Fored. slip-lit temnerature hysteresis was detected in the
v; -co.
. I -, -;[Ly and electric resistance of stiper-cooled iron, which
lea(is I.o tile assumpLioll that the sti-ticture of liquid iron during
1-i(,ar-_in,,r is not the- same as during cooling.. Hysteresis in the
visco~~itv and electric resistance was also observed fox- alloy
--ltld this leads to the assumotion that, metallic melts
cotitain couiplexes which bring abovit the forillr-Ition of a hetero-
gericolis structure. It ('niind that for each of the tested
there is a critical m e 1 t . temperature at which the liquid
i-,icol-t uill have a (Iiiasi-homogeneous structure leading to inaximum
iii-,pact: strengLll and ductility in the solid state. In order to
i U'

L t it C,
N? Ill Loil between S/148/62/000/001/008/015
L073/x,-,-)5
1-0(11111-ed "cl-itical m-e 1 t. terapet-atures", speciaj
proce.,~;scs are r*cqtiired for some (.)t' tfle alloys which
-1 a _ t
combined with protection g ins
'm(- alithors coric-hide that extensive ilivesti-
pi-opel-tics, of Steels ant.1 ~1110ys 1'rill J)Q
I-ecil"il-ed Cor tho mwposc of (let-ormining their "critical invit
Tht!ri- at-o it fipires and e) referencos- -) Soviet-
1;Loc zirid 5 rion-Soviet-bloc. The Elnglish-langiiage references read
as rollm%7-s: izef.6: 'A. oax-Cild, 1. Kitchener. Iron Steel Inst.,
1955, 1t")(), fl; Ref-7: G. Cavalier. c.r. Acad.Sci., 1957, NO-2.1,2411.
X~~.-ZOC1 \ PrONS '.Io.-.,Icovskiy energeticheskiv institut
('-Ioscow Powei Institute) and
Engineering
TsNII'V%1.,%SIi
March 2.1, 1961
Card 3/3

KRESCF,AIIOVSKI,, N.S. (Kreahchanovskiyl N.S. I ; PIDORENKO 19 M.F.
1 -1. -11 -
Relation of steel properties in liquid and solid state. Analele
metalurgie 16 no.3:59--64 JI-S 162.

KRES11GHOOVSKIY, N.S.~ SIDORENKO, M.F.
Effpct of Inoculator# on the v:Lacocity of liquid steals. Izv.
vys. ucheb. -,av,; chern. met. 6 n0-9-11+2-144 163. (MIRA 16:11)
1. TSentralinyy nauchno-issiedovatellskiy institut tekhnologii
mashinostroyeniya i Moskovskiy energeticheskiy inatitut.

KRESHCHAWVSKIY, N.S.; SILIORk:NIKO, M.je~
Effect of smelting temperature corditions on the viseosity of
liquid high-alloy steel. Izv. vys. ucheb. zav.; cherTi. met.
6 no.11:60-64 163. (NIRA 17:3)
1. Moskovskiy energeticheskiy institut.

ACC~SSION NR: Ap4oo6249
S10128163100010121001910019
AUTHORS: Kreshchanovskiy, N. S. (Candidate of technical sciences); Sidorenkog M. F.
(Engineer)
TITLE: Effect of modifiers on the viscosity of molten steels
SOURCE: Liteynoye proizvodstvo, no. 12, 1963, 19
TOPIC TAGS: molten steel viscosity, 40L steel, Khl5N25 steel, Khl5N25M3V3TYu steel,
titanium effect, cerium effect, zirconium effect, magnesium effect, lithium effect.,
calcium effect, steel viscosity, steel modifier, steel modifying, modified steel,
zirconium modified steels cerium modified steels titanium modified steel, magnesium
modified steel, lithium modified steel, calcium modified steel
ABSTRACT: This work was carried out to study the effect of Ti, Ce, Zr, B, Mg, Li
and Ca on the viscosity of carbon steel L,,.OL and of alloyed steels Khl5N25 and
Khl5N25M3V3TYu. Metal viscosity was determined by the method based on. observing
free torsional oscillations of the crucible containing molten metal and their
attenuation during the periods of heating and cooling. It was determined that the
curves of the 40L steel viscosity (with and without modifiers) coincided well. No
viscos*ty hysteresis was noticed, Ce, Ca, Zr and Mg decreased the viscosity of 40L
Card 1~2

ACCESSION NR: AP4006249
in the whole temperature range of the investigations, while B decreased it only at
temperatures exceeding 1560C, and Ti increased it at all temperatures. Ce, Ca, Li
and Mg decreased the viscosity of steel Khl5N25, while Zr and especially Ti in-
creased it. The study of Khl5'1N251M3V3TYu showed no viscosity hysteresis phenomena.
The curves of its viscosity (during heating and cooling) coincided well. It was
concluded that the properties of molten alloyed steels are governed by the great
quantitiez of Al and Ti which determine the viscosity. The homogenizing dnd re-
fining action of Ce and Ca was reflected in the general lowering of steel viscosity
(regardless of tile steel type). Orig. art. h3s: 1 table and 3 figures.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 09Jan64 MCL: 00
SUB CODEt ML NO REP SOVt 004 OTHERt 000
C,rd 2/2

SID01"LENK01 M.F.) ZI-ISILlZ)I',JInYY U1,TMIM"n UkVSSi~
Pro,moters of tue ~jrotue;ction of orchards. Za3hc~l. raSt. ot
vred. i bol. 9 no.5:3--5 '64. n: 6)
1. Direktor ',Ieiitopollskoy opytnoy stantsii sadovodstva,
Zaporozhskaya obl.

t 39988-65 EPF(c)/E1JF(n) -2/kP[Z/MA -2/W(7
.)/gWA~ 0/rw (m)/W(b)/T/WA(d)/
MV M Pr-h/Ps-4/Pt-IO/Pu-4 TJP(c) t-AIMAIM/M/6S
ACCESSION NR: AT4048720 S/0000/641000/000/01.38/0249
AUTHOR: Kreshchanovskiy, N. S.; Sidorenko, M., F.; Trekalo. &I S.;
TITLE: Effect of rare earth metals on some ropertiesof austenitic chromium nickel-
steels
SOURCE: Vsesoyuznoye soveshchaniye,po splavam redkikh metatlql._P~ Voprosy
teorii i primeneniya t~edkozemel'ny k1i metallov (Problems. in ithe theory and use. of
rare-earth metals); materialy noveshchaniya. Moscow, Izd-vo Nauka, 1964, 238-249
TOPIC TAGS: steel, chromium nickel steel, cerium, lanthanum,yttiitim, iron silicide,
rare earth admixture, a6stenitic steel, steel.mechanical property', 'cast steel, :L7
steel weldability / Khl5N25H3V3TYu teel
ABSTRACT: Previous papers by N. S. Kreshchanovskiy and M.~ F. Sidorenko have. pbiorvm
that cerium significantly affects the physical properties of liq4idg meltsu-J-6gue-
face tension, viscosity, electrical conductivity and supercooling..f I.Wering the
viscosity leads to a liquid melt of higher homogeneity, ylelding,*higher stability
of the mechanical properties. The present paper investigat0s.tho; effect of cerium,
Y' : Idability:of at
lanthanum and.ytrrium on the plastic properties, resilienc and we 4Ca
Card 1/3

L 39988-65
ACCESSION WR: AT4048720
austenitic steel, grade Khl5N25M 3V3TyU. The addition of ciarium (0?05-0.5%) de-
creases the quantity of admixtures in the steel without changing*'the main chemical
composition. Caverns appear when cerium is added due to the,shifting and ac~umu-
lation of vacanci~as caused by metal deformation. Cerium oxides are: the main: causes.
of these caverns, and can be eliminated by first oxidizing the steel. When 0.05.-
0.1% cerium is added the plastic properties and resiliency of steel are inc,re~ased.
Larger amounts, however, lower the plastic properties, resiliencfand strengih.4,
Weldabilit s highest when 0.05-0.1% Ce is added, and cracks appear when 0.3-0.5%
cerium is a Pd. In this case, Ce also purifies the metal.of admixtures and. im-
proves the crystalline bond. Since Ce is a surface activesubstince it is ad-
sorbed at the surface between the crystals, thus retarding All processes connected
with dislocation shifting. The authors also investigated~the effect of cerium
on dislocation distribution in iron silicide (0.097. C, 2.31v~ Si).:~ Fith cerium, the
dislocations form rows in a three-dimensional network, thus'affecting the m6chani-
cal properties of cast iron. The addition of lanthanum and yttrium to Fhl5N25tbV3-
TYu steel does not change the mechanical properties at room temperature. It--weveir,
the properties of steel with added misch metal, lanthanum And yttrium are signi-
Cord 2/3

KP`7H"qWV~W7`~, k~nrj. tvkhn, wiuk, SIDORIMO tq- wIm: kenl,.
rpule~-, TRZYklfk~, Inzh, -k, -"I
Rolp 7~f nonmetal.11c Inclusions in the failure of cas' steel.
lit, nc.11-29,11 N 165. (~;bA IC3421

r ,
IA.,, . , 1q.-).
, .t. - .1 .1
RrMning effect ~-,f rfire-parth roetals. Ivi. vy:3. ucheb. zriv.; ch~-.rr,. ran",
8 no.7:46-49 165. (KIRA l8s7)
1. Moskovskiy vecherniy metallui-gicheskiy- institut.

L*273~b_66_ EWT(m)/EWP(W/EWA(d)/T/EWP(t)/F-TI IJP(C) JD/J5
ACC NR. AP6012320 SOURCE CODE: UR/030h
AUTHORS: Sidorenko, M. F. (Candidate of t3cluLical sciences); Nazarenko, V. Rs
(Bnginoory~,- (Enginoor); Zhurbal G. .1. (Eng-i-ne-607- V_Q
0
ORG; none
TITLE: Influence of modifiers on the properties of heat-resisting austenitic-steeb
SOURCE: Plasi-dnostroyeniye, no. 6, 1965, 60-61
TOPIC TAGS: steel., austenitic steel,, cesium, lithium, barium, calcium, uagnesium,
solid viscosityo.(welding- technology impact trength, tensile strengthp heat
resistant steel,1crack p-opagation~Ts&9 stefel, E1725 steel, IKhl8N9T steel
ABSTRACT: The effeEt of adding ue Li, Ba, Ca,, and Mg to TsZh_9_st_ee-1_,,Ce, Mg~.ind
.I.Ca to E1725 steel, and Ce to IKhlBN9T steel on the mechanical and welding Y~reperties
of the steels was determined. It was found that the addition of 0.3-0.4,501 Ca to
TsZh9 steel completely prevents the formation of cracks during welding. The addition
of Li and Ce had little effect on the quality of the weld. The addition of 0.3% Ga
to E1725 steel improves the quality of the weld but has no effect on the strength
limit or viscosity of the steel. The addition of 0.1--0.15% Ce to IKhl8N9T steel
increases the tensile properties and the impact strength of the steel by a factor
of 1.2--l.3. It is concluded that the addition of Ca and Ce to austenitic steels
improves the technological and mechanical properties of the latter.
SUB CODE: 1413,20/ SUBM DATE: none
Card 1114 Q0 imc, 669-i5-i9l.2669,,26!,669-gli,nnil,

/EWA
6 EWT (m)/r (d)LEWP(w)JEWP(t) 112(c) JD
ACC NR1 AP6005748 SOURCE CODE: UR/0128165/000/010/0037/0038
AUTHOR: Kreshchanovskiy, N. S. (Candidate of technical sciences); Sidorenk N. F.
(Candidate of technical sciences)
ORG: none
TITLE: Effect of metallic calcium on the structure and properties of cast high-8 107
chromium-nickel steels
SOURCE: Liteynoye protavodstva, no. 10, 1965, 31-38
TOPIC TAGS: bigh alloy steel, calcium,mechanical property, weldability, ductility,
desulfurization
ABSTRACT: Cr-Ni steels of. the Khl5N215 type, additionally alloyed with Ti, W. Mo, Al
and Nb, were treated witKmetallic Ca in amounts of 0.05, 0.01, 0.3, and 0.5%, while
in the ladle, and pouredkfnto wedge-shaped molds at 1550*C. Specimens aker from the
molds were tested for mechanical properties and weldability.Findings: the addition
of Ca to high-alloy steels reduces the hysteresis of their ductility\ 'es and af-
fects their crystallization in the sence that the dendrite iti-ructure dergoes marked
changes -- decrease in the length and thickness of the first- and se -order xes
and in the spacing between the axes. Such changes appear only when up to 0.0-0.4% Ca
is added; any further increase In the Ca content leads to an Intense growth and rami-
1/2

L 20786-66
f ACC NR. AP6005748
fication of columnar crystals. Measurements of hardness'in the tempered specimens
(water quenching from 1200*C with tempering for 10 hr at 800*C) indicate that CA In-
hibits the processes of the segregation and coagulation of secondary phase*. Ca
markedly increases the density of cast steel, improving the impregnability of inter-
dendritic spaces owing to the decrease in the steel's ductility and surface tension.
contrary to the expectations, the addition of Ca to these steel* did not lead to
any marked changes in their S and P content, since the process of the desulfurizins
of steel by Ca is considerably complicated by the fine-dispersity of the sulfides,
which are difficult to remove from the melt. Further, the nitrides of Ca are unstable
armoselting temperatures and hence the nitrogen cont" of these steels does not de-
crease. Ca does not affee th redistribution of Sn 1A the cast steel but it inhi-
bits the diffwsion of SnZduri:g high-temperature annealing. On the other hand, Ca
improves the-weldability f some of these steels. Thus, altogether, the offset of Co
on the properties of steels in many-sided and can be determined only through a caft-
prehensive investigation of the properties of metal in liquid and solid states. To
produce a maximum effect, metallic Ca should be added to steel directly prior to its
tapping from the furnace or Into the ladle. Orig. art. has: 10 figures.
MM CM: 11, 139 XO/ $= OfiTt: none/ OM AV: 003/ OU NJW: 000
CWd

L 26036-66 - -EWT(%,_V_YE
008865 W SOURCE CODE: UR/0128/65/000/011/0029/0031
AUTHOR: Kreshchanovskiy, N. S. (Candidate of technical sciences);_Aidorenko, M. Fg
(Candidate of technical sciences);,Tre alo A. S. (Engineer)
ORG: none q5
TITLE: Role of nonmetallic inclusions in the fracture of ca steel
IV
SOURCE: Liteynoye proizvodstvo, no. 11, 1965, 29-31
-r-rystal dislocation, surface active agent, austenitic steel ticitV
TOPIC TAGS: nonmetalic Inclusion , cast steel, material fracture, tensifeplsatrength7, .0
recrystallization temp"ature~ induction furnace,, metal malting,, metallographic
examination, plastic deformation/ l0Khl5N25 austenitio steel
ABSTRACT: 1OKhl5U25 Rustenitic Cr-Ni steel was melted in a 50-kg basic induction
furnace, w~~t- of Al, Si, Ca and Ce-Yfor the purpose of final deoxidation. Spe-
cimens of this steel (5 mm in diameter, 50 mm. in length) were subjected to short-term
static tensile tests at 20 and 650*C. Subsequent metallographic examination of the
surfaces of fracture revealed the presence of closed cavities, conditionally termed
caverns)which develop around nonmetallic inclusions in the part of the specimen that
underwent plastic deformation and for the metal tensile-tested at 650*C resemble micro-
cracks. The nonmetallic inclusions are represented-by,spinel, corundum, silicates, Ce
oxides, and Ce sulfides and oxysulfides. The caverns and cracks run in th6 direction
in which the load is applied,.and their shape:and-size depend an the shape, size and
1746.79:669.141.2,5.
Card 1/3 UDC: 621.

L 26036-66
ACC NR. AP6008865
properties of nonmetallic inclusions and the degree of plastic deformation of the me-
tal during testing. The distribution of dislocations investigated as a function of
the plastic deformation of specimens warrants the assumption that the caverns form as
a result of the plastic deformation of the regions of metal adjoining the nonmetallic
inclusion, owing to the migration of the most mobile dislocations and their settle-
ment at the metal-inclusion interface. As the degree of plastic deformation increases,
the dislocations become arrayed along slip lines, bypassing the nonmetallic inclusions
The reason for fracture is the formation of dislocation pile-ups of a critical den-
sity at the moment when the metal's plasticity is exhausted; as the metal gets
stretched at temperatures somewhat above recrystallization temperature (500-600*C),
the caverns forming around tile nonmetallic inclusions develop Into cracks along which
the metal ultimately fractures. Thus, nonmetallic inclusions are detrimental to the
tensile strength of the investigated austenitic steel, at tent temperatures some-
whnt above the recrystallization temperature, while at the same time enhancing the
me:al's plasticity. The deoxidizing agent, unless it is a surface-active element,
enhances the softening temperature of tile metal of the stressed zones and thus pre-
vents the development of caverns into cracks. Thus, the role of nonmetallic in-
clusions in the processes of the plastic fracture of cast metal must be primarily
related to the test temperature as well as to the character of fracture (ductile
or brittle) and apparently also to the method of loading. For steals with more than
one phase and with a large number of allay elements.the determination of the role
PA

I. P403,4-66-
ACC NR, AP6008865
)f nonmetallic inclusions is much more complicated, since then the movement 0.1 dialo-
,ations in the process of plastic deformation is chiefly determined by:the,amaunt
ind dispersity of the hardening phases. Orig. art. has: 6 figures, 3 tables.
;UB CODE: 11, 13, 201 SUBM DATE: none/ ORIG REF: 003/ (nIH RHF-. 002
3/3

1 Wb_o/__l/oo66/oo68__
JA CC N R: AP7005393 SOURCE CODE; UR/O' 0 00
AUTHOR: Polisadov, V. N.; Sidoreako,.M. F.; Gladkov, M. I.; Barantseva, Z. V.;
;Galunenko, I. P.
IORG: Moscow Evening Metallurgical Institute (Moskovskiy vecherniy metallurgicheakiy
linstitut)
'TITLE: Effect of rare earth metals on the properties of steel in the liquid and solid
i
,states
SOURCE: IVUZ. Chernaya metallurgiya, no. 1, 1967, 66-68
ITOPIC TAGS: alloy steel, ferroalloy, rare earth metal, impact strength
ABSTRACT: The authors study the effect which ferrocerium (60% Ce, 25% La, the re-
mainder--other rare earth metals) and an alloy of rare earth metals with a high lan-
i
Ithanum concentration (6o% La, 25% Ce, the remainder--other rare earth metals) have on
ithe properties of 40KhL and 35GL acid steels in the liquid and solid states. It was
found that the kinematic viscosity of 4OKhL steel containing ferrocerium admixtures
iincreases with the concentration of nonmetallic inclusions, sharp-angled alumina incluj-
sions having the strongest effect. Metal treated with ferrolanthanum admixtures has a.'
somewhat lower kinematic viscosity, especially at high temperatures. The overall con-I
centration of nonmetallic inclusions, and especially alumina, is also lower in steel
!,Card 1/2,_ um 669-15-194:669.26:669-74:669,85/,86

ACC NRi AP7005393
.with ferrolanthanum impurities. This is due to the higher deoxidizing capacity of
'lanthanum in comparison with cerium which reduces the concentration of oxygen dissolved
;in the molten metal and also improves conditions for elimination of oxide inclusions.
I
ILanthanum is more effective than cerium in increasing the impact strength of 35GL
,,steel. The introduction of rare earth metals into steel in quantities exceeding the
optimum values has a detrimental effect on the mechanical properties of the metal.
10rig. art. has: 5 figures.
suB com n/ suBm DATE: lomay66/ ORIG REF: 03/ OTH RM 01
2

43

Candidate of TO_~chnical Science

romysn_wennr~.,
bari tnvye sva_ro,.hnive traps forma T ory p
PE;'LIODICAL.-, Avtomaticheskaya Svarka, 1918, Nr b, pp 69 - 75 (USSR)
AB,-~ThACT; Some problems of designing small commercial frequency welding
transformers are treated. It is shown that the weignt of suc?i
trans'Lormors can be reduced by decreasing their efficiency;
ci.,c)ooin1- a z3uit~tble ,.ore design, intensifying the cooling C)f
uoing insulatiJon with higher heat and

ty resistance. 2he articie ~:ontains a brie, deSCr'~tl`)r, 0!' ~A
f
small, 7-~ k~ trans'
2r, kva step-down (22012; V) former
oped by the authors on the basis of the expounded zhecry, ~.here
are .4 figures and 1 6raph,
ASSOCIATION- Ordena Trudovogo Krasnogo Ziameni Institut elektrosvarki- ime~ni
Ye,O. Patona, AN UkrSSR( Order of Labor "Red Banner" Institute of
Electric Welding iia. Ye. 0. Paton, AS UkrSSR)
6UB~cIT2EDt %Iarcl' _-'), _1958
11VAILABLE! Library of Congress
Card 1/1 1. Transformers-Welding 2. Trans f orme rs-Development

SOVA 2rj - 58-12 -.12/1
~T T 1 10'.~..: frufy a kov, V. I3i I' o-,enko 'I,, Sakharnov; 7- A, and Ko-
,ral I chuk, V. 3.
1, TL-!.' An ElecL:-omagnstic Vibraticn Machine for Endurance Tests of
V 'd 1
.,3. .1cints (!~lektrcmagnitnaya vibratsionnaya mashina dlya
13pyta-niya svarny-Kh scyedineni-y na vynoslivostv)
PERIODICAL. Avtomaticheskaya svarka, 1958, Ur 12, pp Bit-90 (USSR)
A33TRACTi Informai-Lon is given on an electromagnatic vibration machine
desi,-ned at the Institute of Electric Welding. It is used
for tests of flat cantilever spc-~,-imens of 100 cm2
rross aection, with a moment of inertia of up to 170 cm4 and
any given sequence of stress up to 44 c frequency. The os-
,~illations of the cantilever specimen are caused and main-
tained by the varying force of electromagnetic attraction,
ari3iln'- during the pai3aee of the magnetic flux through the
-4s an a-c. feed to the electromagnet; and
oecimen. Thare -
the oszillation amplitude of the spesimen is selected by
chanigir,~ the mab-nitund-~ the currents An additional elec-
trcmag-ie t 48 switched on for tests with an asymmetric cycle
in order to induce a constant component of szress in the
Card 1/2 specimen, T-e selection of the prescribed stress is brouglit

,;OV/12r, --5B- 121 -12/1
An EI~ctrcmagnetic V:.o_-ati_!_.-- L'achine fer Znl,_,rance Tc-.gt3 of Weld joints
about V 'lie u3e cf electra._- re~Diz-~an-_,e indicators fixed on
t h P ~L -,) -~,, " I M C- ndetailed ~escriptio-n of the design and
onexation cf machine is giveri,
--here ar-' 3 diagrams I circuit diagram, I photo and
Soviet referevo93-
A~':;OC7ATION- iristitut elektrcsvarki imeni Ye,G, Patora (In3titllte Of
Elect_-ic ',Veldin,~ imeni Ye.O. Paton)
SUBMITTED- Sectember 5, 1958
Carl 2/9

LEBEDEV., V. K.; KORITSKI-Yr, V. A.; SIDORENKO, M. N.; IMAKAROV, M. D.
New transformers for manual are welding. Avtom. Bvar. 15
no.11:51-55 If 162. (MIRA 15:10)
1. Ordena Trudovogo Krasnogo Znameni Institut eIektrosvarki,_I----
imeni Ye. 0. Patona AN UkrSSR.
(Electric welding-Equipment and supplieB)

L 10299-63 EWF(k)/kWq)/kW(m)/
ACCESSION NR: AP3001120 S/0125/63/000/007/0070/0075
AUTHOR: Lebedev, V. K.; Sidorenko, M. N.
TITLE: Operational peculiarities of rectifiers for manual.are welding 41,
SOURCE: Avtomaticheskaya svarka, no. 7, 1963, 70-75 1
TOPIC TAGS: splashing weld metal, VSS-300 welding rectifier, PSO-300 welding
generator
ABSTRACT: Splashing of metal by the welding arc was investigate4. With 1-mm elec-
trodes and currents of 80-100 amp, the are supplied by a VS�=VO"-phase sgjeajugL_
rectifier&aused 5 per cent less splashing than that fed-Sy a PSO-300 rotary con-
_________tONI-l3/45 electrodes were used in both cases. This is explained by the
verter.
fact that in the rectifier case a lesser amount of energy is released at the initial
short-circuit. Estimates show that a considerable saving can be affected if.the
existing rotary converters are replaced by the above rectifiers; the Vilnus plant
of electric-welding equipment could save about 500,000 rubles per year. Other
experiments showed that a LG-500-Si Siemens-Schuckert welding rectifier causes
more splashing than the rotary converter. "Economic estimates were made on our
request by Engineer-Economist V. K. Makarov." Orig. art. has: 6 figures and 2
tables.
Card 1/2

LEBEDEV, V.K.~ ZARUBA, 1.1.; SIDORENKO, M.N.
Improving the electric current supply for hand arc welding.
Avtom.svar. 18 no.l-.1-5 Ja 165. (,MJRA 18:3)
1. Institut elektrosvarki im. Ye.O.Patona AN UkrSSR.

BLYA1,11EAVA, i`.N.; Fl,;i~ G-;. ; 'SjUoi~-IIIIW,
M.G. ~Ikl -ONCIV, !:~"UXT,'~GVA, i3.Ye.; I'Y
RY L.,
F T U A red
~or the p
'rodUC~4en a- strong a.,16 durui:~
wheat, it,4:, 1.1 17o ze-na F,-*] Inyk-la i tve-,-
k i 1 I's 11, - IJ 03 1
-a o L ; va
iLl~ S-11"I (1":, kji ~~r Y
I*0l-,lL;:ZUlkll; I v"W01-01"Iy"'.U
oi-O of-ivt,",.
T- ers -, vc sel G,-rj i, 0 2-,Y, -'erova
i.-~ t ays tva SSS": (for ~Iyakl
Fi~!n!-Ondw, ~~idorenko)- 3. kori.,:s-dya y, sorto-
py taniy7 i kh kul I tur cri Ministerstve
ms onov I
4. e soy-, i,:ny-Y n.~ii~ciir-,,)-i-.,3slc-dovatellsii-y imtitut zerna i
p,,-ociukto-. yego perer: botki (for Kravtsova, Lyu' r.-,k-iY, ~~udnov,' ,
5. Vsesoyuzxi.,.,-y institut, zashchity ra,-teniy (for Faykin).

PROTSF,xIKO, D.F. , dotsent; SIDORMIKO, M.V.
Anatomical characteristics of some cactuses. Nauk.z&p.,Kiev.ur-.
7 no.6:173-182 148. (Kr.RA 9:10)
(Cactus)

SIXREMT5 M.
23461 PODVOI DLYA CiEREEMMIf V,- FRESCIE'Ll= rCCFWM. Sa T CGC-TCD, 19"g,
NO. 7, C, 24-26
SO: LETOPIS' NO. 319 1949

S IDCIRY.NYO, M. V.
Urgent pro~,lens in the developmpnt of the gns indiistr-, oF eastern
regions. Gnz.prom no.4:1-2 Av- lr,6. - "'06- - og-IA iti:i)
1. Zamestitell Ministra neftyanov promyshlonnosti SSSR.
(Gas manufacture and works)

SIDORENKO, M.
_,~, "
Third session of the special vorking grou-p on gas of the U.N.
Economic Commission for Burope. Gez.-prom. no.12:37 D 157.
(MIU 11: 1)
(Geneva--Gas industry-Congresses)

SIDORKUKO.. Kj.. glavnyy red.; ZAREMO, K.S.,- red.; KREKS, Ye.A., red.;
RAABNN, V.N., red.; RTABTSEV, N.I., red.; BRENTS, A.D., red.;
ITSIKSON, B.S., red.; KOMISSAROY, P.G., red.; POPOV, V.I., red.;
TESNER, P.A., red.; FALIMICH, A.3., red.; MPANCELINKO, N.I.,
vedushchiy red.; NOVIKOVA, K.K.. vedushchiy red.; MULE NA, E.A.,
tekhn.red.
[Ways of d:eveloping the gas industry of the U.S.S.R.; transactions
of the All-Union Conference on Further Development of the Soviet Gas
Industry] Xaterialy Vaesoyuznogo soveshchaniya po dallneysheara roz-
vitiyu gazovoi promyshlennouti SSSRt Pati razvitiia gazovoi pro-
myshlennosti S=. Koskva, Gos.nauchno-tekhn.izd-vo neft. i gorno-
toplivnoi lit-ry, 1958. 432 p. (MIRA 12:4)
1. Vsenoyuznoye noveshchaniye po dallneyshema razvitiyu g&2ovoy
promyshlennosti SSSR, Koscow, 1957.
(Gas industry)

92-2-2/37
AUTHOR: 3idorenko, M.V., President, NTO NP
TITLE: Tasks of the Scientific and Technical Association of
the Petroleum Industry (Zadachi nauchno-tekhnicheskogo
obshchestva neftyanoy promyshlennosti)
PERIODICAL: Neftyanik., 1958, Nr 2, pp 1-3 (USSR)
ABSTRACT: The author describes the activities of the NTO N1' (scien-
tific and Technical Association of the Petroleum Industry) and
the role it plays in the development of the oil and gas indus-
try. The association, founded in 1930, has at present 19 re-
gional branch offices and 587 Local units with a membership of
30 thousand engineers, technicLans and specialized workers. The
present task of the association is to develop and introduce
new technical methods and to demonstrate the handling of new
equipment in various branches of the oil and gas industry and
the execution of the new technological processes. The associa-
tion also popularizes domestic and foreign Innovations. The
aijthor recommends that the regional branch offices of the associ-
ation exercise a.closer control over their professional sec-
tions, some of which are inactive and do not play a leading
role tn their field of activity. Each professional section
Card 1/3

92-2-2/37
Tasks of the Scientific and Technical Association (Cont.)
should help its members to develop their professional skill.
The principle of close collaboration between scientists and
workers should be enforced in all offices of the organization
as is done at sessions held by members of the Azerbaydzhan
Scientific and Technical Association. A coordination council
for the dissemination of technical information has been created
in Baku, and it is suggested that similar councils be created
In other republics, provinces and districts. Considerable prog-
ress in disseminating technical information was made by a num-
ber of regional offices, Including those of Krasnodar and Kuy-
byshev, and of the Bashkir, Tatar and Kazakhstan republics.
Conferences for discussing professional problems were organized
by the association in 1957, It Is desirable that such confer-
ences be held more frequently in 1958. Personal contact between
members of various branches of the association is quite impor-
tant. Properly-organized competitive tests for members of the
association are also important. They facilitate the introduction
of advanced techniques, automation and new technological proc-
esses. Unfortunately, the number of workers participating in
Card 2/3

92-2-2/37
Tasks of the Scientific and Technical Association (Cont.)
these competitive tests is far too small. With the help of the
Scientific and Technical Association it will be easier to at-
tain the goals set for the oil and gas Industry by the govern-
ment and the party.
ASSOCIATION: NTO NP (Scientific and Technical Association of the
Petroleum Industry)
AVAILABLE: Libr4ry of Congress
ar
Card 3/3

SnMWO, M.
Conference on problems of power hold in Geneva. Gaz. prom. no.5:
56 My 158. . (NrRA 11:5)
(Geneva-Power resources-Jongresees)

SIDORENTO. M.
Work of the fourth session of the special *orking group on
gas of the United I'lations Economic Commigiion for Europe. G&z.
prom. no.8:54-55 Ag 158. (Min 11:8)
(United Nations)
(Gas industr7)

I .
.25(51, SOV/92-58-10-3/30
AUTHOR: Sidorenko, M.V., President of the Scientific Technical
S;~31ety of the Petroleum Industry
TITLE: Development of Petrochemistry and Tasks of the Scientific
Technical Society Oilmen (Razvltiye neftekhimii i zadachi NTO
neftyand.kov)
PERIODICAL: Neftyanik, 1958, Nr 10-. D-P 3-5 (USSR)
ABSTRACT: The author states that accordirlg to the resolution
ad.-_,p';-.e,d by -the Central Conmittee ~,f -the Comm,,nist Party of the
USSR, "he productior. of chemicals will. double or even triple
between 1959 and 1965,,. while the production of synthetic fiber and
plaSti03 will rise 4.D 8 tines. Natural gas is recognized as the
bas' and mest crude sto--k from which chemicals can be
p~-ol'-.zced. Oil wel-I gase-2 are rich -fn such valuable hydrooarbons as
,~.-I'hane, prcpane, butaria and pentan-i. From the natural gas recovered
i---)_ 4-.he Tatar and Bash-1cir ASSR and the K,,Aybyshev region it is
, 'ble 500,0C0 tons
r,ss L , !.-.D produre anrually 120,000 tcns of rubber
P
of a1rohol and 290 tons of p~7.lyethylene. This is roughly the same
Card 1/3

Dnv~_~!,-,rjment ---,f Petroctemistry (Con-t. ) SOV/92-58-10-3/30
-IH by of pclyethylene that is --produced in the USA. The pro-posed
7
it-112-'aticr-1 of na-*,-.1yra. gas will save m-- ~s of to-ris ;~)f cerea-is.
-c'-atf_~es and -Fegetable fal;. Characberistics of some valliable
apprais,~id from the tP_c1Ln_f--,a1 and esonomic point, of v 1.ew
cl.;Tislderably wh~!n 8.F~ bi'llon cu m of gas ara ut-51~zed
by the ohem-1ca" J_ndus-'~-:ry 19'5., 'rh(-; cost of fortrialin produced
b-.y nat.ural gas oxftxlatlor, W.11 be irrui,h lcwer -than it Is -now when
this vrod-,-I,~41- is obtafned th:-ough the gas-Ification of coal. Tile
P-~:.-.duotio-n c-st of soyrie other prod-ic-'U-s w.111 drop as well. By the
--:.r-.d or- 1958 a -umber of newly built gas pipelines wl" b-ing
- tl.~ra` gas ~-o n-,=er,-)u_q chemIcal plants. Although the Soviet
'nas enor-molis resc-jxces of nanaral gas, its gas prod?~otlon
lag3 b~~,h_lnd USA pr~,ductlcr_ The saar,:!h for gas and the re,,,overy
t be inten3 if ied -_Ln :.)rder to atta:Ln targets set by the
gas m zs 1 11 1
-r" t -runent c_,1L the party. Instead of the 6C
Of liquified gas produced annually at present, about 4
million tons should be recovered in 1965. The most important
task ..-,f Soviet trade unions and party organizations Is -the
py,opagat-for- of sclentifIc and technical L-Lformation among
pettroleum industry workers. At the same time, members of the
Ca-,~~d 2/3

of Petrochemistry (Cont. ) SOV/92-58-10-3/30
S:~ient-ific Technical Society must try to find new methods for
pr-D-duo-ing various chemicals and for processing petroleum and gas.
To achieve this., conferences devoted to various problems of the
chemical and petroleum industry must be organized and held
frequently. The dissemination of literature pertaining to the
prod-u_--tion of synthetic fiber, plastics and other synthetic
materials must be intensified. Various industrial processes for
the 3hemical ,lonversion of gas and petroleum should be automated
and a number of jobs mechanized. All members of the Scientific
Tec.hn_.~'--Ial Sc-Ciety are asked t.~, take an active part in solving
techni,_~al problems of vario?..,s en-~e.rprises and to make gtrenuous
efforts for the implementation of the resolution adopted in May by
the Central Committee of the Communist Party.
ASSOCIATION: Nauchno-telchnicheskoye obshchestvo neftyanoy promy-
shlenrostl (Scientific Techni3al Society of the Petroleum Industry)
Cavd 3/3

I SiDommo, M.
In the International Association of the Gas Industry. NTO n0-8:59
At-~ '59. (MIRA 12:11)
1. Chlen prezidiuma Tsentrallnogo pravleniya Nauchno-tekhnicheskogo
obshchestva neftyanoy i gazovoy promyshlennosti.
(Oslo--Gas industry--Congresses)

SIDOMMKO, M.
Fifth npiqlnr of the Ad Hce Working Part7 on Gas Problems of the
U.N.Econnmic Co-mission for 'Europe. Gal.prom, 4 no-5:54-55
my 159. (valt 1?: -)
(k,,Tfls)